Schubert USA / applied learning
Automotive training for human and robot teams.
Build a shared understanding of diagnostic evidence, electrical systems and supervised work. Learn the foundations, practice with a model, and leave a record another person can assess.
Three foundation units. Three browser-based labs. No account required.
Schubert vehicle development is part of the learning context. The Ember shown here is a concept render.
Explore the programs01 / Foundation units
Understand the work
before choosing an action.
Each unit includes a short lesson, a worked case, a practical exercise and a self-check with explanations.
Build a diagnostic evidence record
Separate what you observed from what you think it means.
Technicians, advisors and engineering traineesUnderstand a virtual electrical load
Use voltage, resistance, current and power with their units intact.
Electrical beginners and automation traineesPlan work for a human–robot team
Make scope, evidence, authority and escalation explicit.
Technicians, robot operators, supervisors and engineers02 / Practice with evidence
Use a file.
Change a variable.
Resolve a discrepancy.
03 / Virtual engineering
MotorWorks.
A virtual proving ground.
Explore Schubert’s simulator development, the relationship between software and vehicle design, and the work that belongs between a virtual model and a physical prototype.
Follow the development story through simulation, engineering demonstrations and video, with current capabilities distinguished from the larger ambition.
Explore MotorWorks04 / Innovation & real work
Turn a question into
a testable plan.
For cars, trucks and SUVs, the useful habits repeat: identify the application, check the source, define the question, preserve the input and record the limits of the conclusion.
Schubert’s vehicle concepts add another context for those habits. Production repair procedures will require vehicle-specific documentation and physical validation as the programs develop.